Quantum mechanics governs the behavior of electrons within magnetic materials, with their spins dictating the magnetic properties of the material. Now, a team of researchers from JILA, led by Margaret Murnane and Henry Kapteyn, has made a groundbreaking breakthrough in controlling these spins with exceptional precision. By harnessing the power of extreme ultraviolet high-harmonic generation
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Physical properties play a crucial role in the performance of pharmaceutical and functional materials. Their stability and solubility, among other factors, depend heavily on the solid-state form and environmental conditions. Recognizing the risks associated with physical instability, especially in life-saving medicines, the pharmaceutical industry has invested significantly in solid form screening platforms. However, quantitatively measuring
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The Universe is a vast and mysterious place, filled with countless galaxies and celestial wonders. Among these, a galaxy known as ceers-2112 has captured the attention of astronomers worldwide. Its existence challenges our understanding of galaxy formation and evolution, raising intriguing questions about the early Universe. Through the lens of the James Webb Space Telescope
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Throughout history, sonar has been an invaluable tool for ocean mapping, submarine detection, and shipwreck exploration. Now, researchers at Cornell have developed a groundbreaking variation of this technology: PoseSonic, a wearable device that utilizes micro sonar to track the upper body movements of the wearer in three dimensions. By combining inaudible soundwaves with artificial intelligence
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Quantum materials are hailed as the key to unlocking a future of lightning-speed and energy-efficient information systems. However, harnessing their transformative potential has proven to be a challenge. In solid materials, the vast number of atoms often masks the exotic quantum properties that electrons carry. But now, researchers at Rice University have discovered a fascinating
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Boreal forests play a crucial role in carbon storage, making them of global importance. However, new research suggests that lightning, fueled by climate change, is becoming the dominant cause of wildfire ignition in these forests. Led by Vrije Universiteit (VU) Amsterdam, in collaboration with other institutions, the study “Extratropical forests increasingly at risk of lightning
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